SAFN Lab


The Self-Assembled Functional Nanomaterials (SAFN) group led by Prof. Mu-Ping Nieh focuses on the research to develop experimental approaches, e.g., scattering and microscopy, to probe nano- or micro-structures of the materials that have advanced, unique functions. Through these researches, we aim to (1) understand the structure-function relationships of functional materials, (2) predict the self-assembling morphology based on molecular architecture and properties, in collaboration with molecular dynamic simulations, and (3) apply the principles of self-assembly to construct advanced biomaterials, therapeutic/diagnostic delivery carriers, sensing and energy materials.

News

  • 2024
    Kamila Zygadlo, Chung-Hao Liu, Emmanuel Reynoso Bernardo, Huayue Ai, Mu-Ping Nieh, Lindsey A. Hanson. “Correlating structural changes in thermoresponsive hydrogels to the optical response of embedded plasmonic nanoparticles” Nanoscale Adv, 6, 146-154
    Posted on August 25, 2025
  • 2023
    Chung-Hao’s paper on “Synthesis of Polymer Nanoweb via a Lipid Template” is published in the ACS Macro Letters  (07/2023) The paper” Next-generation poly-L-histidine formulations for miRNA mimic delivery” in collaboration with Prof. Bahal is published in Molecular Therapy-Methods & Clinical Development (06/2023) Chung-Hao received the Pre-doctoral Travel Award from CBE in 2022-2023, congratulations! (05/2022) Donyeil […]
    Posted on June 6, 2023
  • Feb
    15
    Small Group Aquatic Fitness
    Student Recreation Center
    ALL DAY

    Ready to feel stronger, more balanced, and refreshed this Spring? Take your workout to the water on a floating mat and choose from three brand new small-group pool fitness classes, all within a supportive community to help you reach your goals!

  • Feb
    15
    Small Group Human Reformer Pilates
    Student Recreation Center
    ALL DAY

    Human Reformer Pilates is a resistance band-based Pilates class. Our small group classes will incorporate the FlexKord and the Barre Booty Kicker, which helps capture the essence of traditional Reformer Pilates, focusing on posture, core, & alignment through exciting and innovative mat exercises.

  • Feb
    15
    Small Group Hybrid Fitness Training
    UConn Storrs
    ALL DAY

    Hybrid Fitness Training combines multiple approaches to training, so you get a bit of everything – strength, functional fitness, cardio, and endurance. Multiple equipment is used to help create a well-rounded workout.

Contact

Dr. Mu-Ping Nieh 

Email: mu-ping.nieh@uconn.edu

Phone: 860-486-8708

Address:

Polymer program, Institute of Materials Science

25 King Hill Road, MZ221

Storrs, CT 06269-3136